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Switzerland Leads Global Interest in Vibe Coding as Europe Dominates AI Programming Searches

Switzerland is showing the greatest interest in vibe coding, according to a new international study examining where people are searching for the AI led programming trend.

Vibe coding involves describing what software should do in everyday language and allowing AI to generate or modify the code. The approach was introduced by computer scientist Andrej Karpathy in February 2025. He described it as a style of programming in which people fully give in to the vibes and forget that the code even exists. Collins Dictionary later named vibe coding its Word of the Year for 2025.

The practice has gained traction as large language models have improved, allowing users to develop software by providing feedback or pasting error messages back into AI systems. The technology can generate code, interfaces, or full applications, sometimes with users focusing on whether the result works as intended rather than closely reviewing the underlying code.

Vibe coding has made software creation more accessible to people without deep programming knowledge, although professional applications typically still require human oversight.

Wolfstone Digital analysed Google search data relating to vibe coding and associated queries across 24 countries. Search activity was adjusted using population figures and expressed as searches per 100,000 residents, with countries ranked from highest to lowest.

Europe takes 8 of the top 10 places

Switzerland ranks 1st with 41.19 searches per 100,000 residents, narrowly ahead of Germany on 40.29. Canada ranks 3rd with 37.78 searches per 100,000 residents, making it the only North American country in the top 10.

Sweden ranks 4th with 35.04 searches per 100,000 residents, followed by Finland on 34.69 and Malta on 34.61. France records 33.53, Denmark 32.71, and Luxembourg 32.00. Australia completes the top 10 with 31.22 searches per 100,000 residents.

The UK places 14th with 26.93 searches per 100,000 residents, just ahead of the US on 26.78. Other European nations appear further down the ranking, with the Netherlands in 11th place on 30.46, Greece 12th on 30.21, and Austria 13th on 27.34.

At the other end of the ranking, Spain and Hungary share the lowest rate at 13.98 searches per 100,000 residents. Italy records 14.00, followed by Slovakia on 16.69 and Czechia on 18.90.

Adjusting for population highlights differences that total search volumes can obscure. The US and the UK generate substantial absolute numbers of searches but rank lower once their population sizes are taken into account, while smaller countries with concentrated interest rank higher. Malta recorded only 190 searches but placed sixth because this represented a comparatively high rate per resident.

Rank Country Vibe Coding Searches per 100,000 Residents
1 Switzerland 41.19
2 Germany 40.29
3 Canada 37.78
4 Sweden 35.04
5 Finland 34.69
6 Malta 34.61
7 France 33.53
8 Denmark 32.71
9 Luxembourg 32.00
10 Australia 31.22
11 Netherlands 30.46
12 Greece 30.21
13 Austria 27.34
14 United Kingdom 26.93
15 United States 26.78
16 New Zealand 25.53
17 Ireland 25.20
18 Portugal 23.86
19 Belgium 21.06
20 Czechia 18.90
21 Slovakia 16.69
22 Italy 14.00
23 Spain 13.98
24 Hungary 13.98

Common searches include vibe coding, how to use vibe coding, and vibe coding tools. The range of queries suggests that some people are exploring the concept, while others are looking for practical ways to use it.

Several smaller European nations feature prominently in the ranking, with Switzerland taking the top position and Nordic countries also appearing among the higher ranked countries. The results indicate relatively strong per capita search interest in vibe coding across several European markets, although search data alone cannot establish the reasons behind these differences.

The results measure search interest rather than confirmed usage, meaning the ranking shows where curiosity about vibe coding is strongest rather than how many people actively use it. Search volume alone cannot confirm how many individuals or organisations have integrated the technique into regular workflows. However, the per capita figures provide a useful comparison of relative search interest across the countries studied.

As AI coding capabilities continue to develop, search patterns of this kind may offer early indications of where new programming practices are gaining attention.

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